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Le 5 Mars 2018, Davide Astori, trente et un ans, est trouvé mort dans une chambre d’hôtel en Italie. Il était le capitaine de l’équipe de Fiorentina, respecté de tous. C’est une émotion partagée par le monde entier. Le 5 mars, le match de football entre Milan AC et Inter Milan est annulé pour observer une réserve par rapport à cette mort brutale. Pendant deux mois, une minute de silence est observée dans tous les stades de football pour se remémorer la mort d’Astori. Le 24 avril 2016, sur le podium d’Anoumabo en Côte d’Ivoire, tombe raide mort le chanteur Papa Wemba. Une minute de silence est observée dans un stade américain de football à Seattle. Le 8 octobre 2014, ce fut la mort de Babia Ndonga Chokoro, trente ans, artiste musicien congolais, qui est annoncée à la RTNC-Kinshasa, mort soudaine d’un AVC, selon les médecins. Un procès en sorcellerie fut ouvert à l’encontre de sa jeune épouse ! Le 20 avril 2017, Ugo Ehiogu, quarante-quatre ans, ancien joueur de Tottenham, entraîneur sportif, tombe d’un malaise. Le 6 juin 2017, Cheik Tioté, trente ans, footballeur ivoirien, meurt en Chine de mort soudaine. La cause de ces morts reste inconnue. On couvre le tout du chapeau d’infarctus du myocarde ! Le 5 août 2013, le Dr Mateger, l’auteur de ce livre, est foudroyé par un AVC. Il survit avec une hémiplégie sur chaise roulante. Médecin, il cherche le déclencheur de son AVC. Après trois ans de recherches par méthode scientifique, les statistiques concluent au constat que le Viagra est le déclencheur de cette épidémie d’AVC et de mort subite chez des athlètes sains souvent jeunes à travers le monde.
Death --- Stroke --- Hemiplegia --- Sildenafil Citrate
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An interdisciplinary book that brings together, at an international level, a high-quality collection of reviews and original research articles dealing with the importance of natural or synthetic polymers in encapsulation processes and their applications. A deep understanding and relevant theoretical calculations for exploring the functions of the materials (involved in the formulations) have also been presented along with fundamental investigations. This book has explored the latest research on the function of polymers in encapsulation technology including fundamental theory and experiments together with reviews and articles. Moreover, the present book offers easy-to-achieve approaches that have been developed so far and could create a platform for industrial material production.
microemulsion --- doxorubicin --- in vitro --- cytotoxicity --- lignin (LGN) --- polyacrylate --- water-based latex --- Pickering emulsion --- microencapsulation --- controlled release --- encapsulation --- clozapine --- schizophrenia --- polymeric nanocarriers --- D2-5-HT1A receptor heterodimers --- scFv antibodies --- paraffin PCM—melamine-formaldehyde microcapsules --- outer shell --- modification by MWCNTs and PEDOT: PSS --- differential scanning calorimetry --- dip coating --- thermal conductivity and heat storage and release capacity --- dynamic thermal behaviour --- hydrogels --- redox-responsive polymers --- TEMPO --- encapsulation-release --- catalysis --- ion-sensitive systems --- drug delivery --- smart pharmaceutical systems --- biocompatible medical devices --- polyethyleneimine --- micelles --- palladium --- nanoparticles --- catalytic --- aerosol-assisted deposition --- open-air plasma --- entrapment in coating --- acrylic acid --- ethylcellulose --- lung cancer --- nanosponge --- oral bioavailability --- systolic blood pressure --- nanomicelles --- artemisinin --- cornea --- toxicity --- erectile dysfunction --- Kolliphor® P188 --- Kollidon® 30 --- Kollidon®-VA64 --- polymer --- sildenafil citrate --- natural polymers --- polymeric capsules --- porous polymeric spheres --- active pharmaceutical carriers --- stimuli-responsive release --- cell culture platforms --- n/a --- paraffin PCM-melamine-formaldehyde microcapsules
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An interdisciplinary book that brings together, at an international level, a high-quality collection of reviews and original research articles dealing with the importance of natural or synthetic polymers in encapsulation processes and their applications. A deep understanding and relevant theoretical calculations for exploring the functions of the materials (involved in the formulations) have also been presented along with fundamental investigations. This book has explored the latest research on the function of polymers in encapsulation technology including fundamental theory and experiments together with reviews and articles. Moreover, the present book offers easy-to-achieve approaches that have been developed so far and could create a platform for industrial material production.
Research & information: general --- Chemistry --- Inorganic chemistry --- microemulsion --- doxorubicin --- in vitro --- cytotoxicity --- lignin (LGN) --- polyacrylate --- water-based latex --- Pickering emulsion --- microencapsulation --- controlled release --- encapsulation --- clozapine --- schizophrenia --- polymeric nanocarriers --- D2-5-HT1A receptor heterodimers --- scFv antibodies --- paraffin PCM-melamine-formaldehyde microcapsules --- outer shell --- modification by MWCNTs and PEDOT: PSS --- differential scanning calorimetry --- dip coating --- thermal conductivity and heat storage and release capacity --- dynamic thermal behaviour --- hydrogels --- redox-responsive polymers --- TEMPO --- encapsulation-release --- catalysis --- ion-sensitive systems --- drug delivery --- smart pharmaceutical systems --- biocompatible medical devices --- polyethyleneimine --- micelles --- palladium --- nanoparticles --- catalytic --- aerosol-assisted deposition --- open-air plasma --- entrapment in coating --- acrylic acid --- ethylcellulose --- lung cancer --- nanosponge --- oral bioavailability --- systolic blood pressure --- nanomicelles --- artemisinin --- cornea --- toxicity --- erectile dysfunction --- Kolliphor® P188 --- Kollidon® 30 --- Kollidon®-VA64 --- polymer --- sildenafil citrate --- natural polymers --- polymeric capsules --- porous polymeric spheres --- active pharmaceutical carriers --- stimuli-responsive release --- cell culture platforms
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